Research
![*](/sites/default/files/academic/ecst/serenades/new/p1.htm5.gif)
![*](/sites/default/files/academic/ecst/serenades/new/p1.htm5.gif)
Develop an autonomous astronomical image viewer and analyzer for FITS
astronomical image files.
![*](/sites/default/files/academic/ecst/serenades/new/p3.htm16.gif)
![*](/sites/default/files/academic/ecst/serenades/new/p3.htm16.gif)
![*](/sites/default/files/academic/ecst/serenades/new/p3.htm16.gif)
ADD ANNE SULLIVAN'S RESEARCH HERE
Research conducted by using the neural network technologies as the
Frequency and Timing Subsystem (FTS) forecaster of the NASA Deep Space
Network (DSN).
![*](/sites/default/files/academic/ecst/serenades/new/p4.htm22.gif)
–Space
power systems and to evaluate possible applications of space nuclear power
generators.
–The
lunar environment, lunar base construction, and inflatable habitats.
–Micrometeoroid
and debris shielding, health-monitoring systems, and survivability.
– “Spacecraft
System Design” and participated in Space Exploration Architectures Concept
Synthesis Studio at the University of Southern California.
![*](/sites/default/files/academic/ecst/serenades/new/p4.htm22.gif)
![*](/sites/default/files/academic/ecst/serenades/new/p4.htm22.gif)
![*](/sites/default/files/academic/ecst/serenades/new/p4.htm22.gif)
![*](/sites/default/files/academic/ecst/serenades/new/p4.htm22.gif)
![*](/sites/default/files/academic/ecst/serenades/new/p4.htm22.gif)